• Find relevant scientific information in theoretical chemistry and computational modelling from websites offering structural data, physical and chemical experimental data, molecular calculation databases and scientific bibliographic databases in general.
  • Understand the mathematical tools required for the development of theoretical chemistry in both its fundamental aspects and its applications.
  • Develop programmes in various programming languages to carry out quantum or classical simulations or to analyse their results.
  • Demonstrate the ability to work in a team both at a multidisciplinary level and with peers, respecting one another.
  • Communicate scientific and technological advances in academic and professional contexts.
  • Predict and resolve complex situations using effective working methodologies adapted to the scientific, research and professional fields.
  • Organise work within a team and demonstrate the ability to manage time and available resources.
  • Produce digital content and tools in accordance with professional ethics, promoting the use of new technologies.